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| Incoterm: | FOB,CIF,EXW |
| Transportation: | Ocean,Land,Air,Express |
Model No.: DQB430-FB
Current: 500mA
Life Cycle: 30000 cycles
OEM/ODM: Supported
MOQ: 1000 Pieces
Working Temperature: 5 -55
Voltage: DC6.0V 12V
Flow: 7LPM
Weight: 62g
Noise: 58dB
Media: Air
| Selling Units | : | Piece/Pieces |
| Package Type | : | blister ,pet bag and exported carton |
What is dry vacuum pump?
Miniature dry vacuum pump is a special vacuum pump whose diaphragm is a vacuum pump. It does not need to be refueled and is maintenance-free for life. It can start pumping gas under atmospheric pressure and discharge the pumped gas directly to in the atmosphere, there is no oil or other working medium in the pump chamber.
DYX DQB430-FB is vacuum pump, also is Small Electric Vacuum Pump, usually small in size and the working medium is mainly gas. It has an air inlet and an exhaust port, which can form a vacuum or negative pressure at the inlet and a slight positive pressure at the exhaust port.
The application of Mini Electric Vacuum Pump in sweeping robots is mainly achieved through the following steps:
1. There is a vacuum pump inside the sweeping robot, which can generate negative pressure and suck air into the pump.
2. The vacuum pump compresses and expands the inhaled air through the internal structure, and sucks dust, impurities and other garbage in the air into the pump.
3. The filter inside the vacuum pump filters and purifies the inhaled garbage and discharges the cleaned air.
4. There is also a set of side brushes and roller brushes inside the cleaning head of the sweeping robot to sweep garbage on the ground near the suction inlet.
5. The sweeping robot senses the surrounding environment through built-in sensors and uses the negative pressure generated by the micro vacuum pump to suck up garbage from the ground to achieve cleaning functions.
What is the specific role of a Micro Electric Vacuum Pump in a sweeping robot?
The specific role of the Mini Vacuum Pump in the sweeping robot is mainly to suck out dust, impurities and other garbage, and generate negative pressure to clean the floor.
The cleaning principle of the sweeping robot is to rely on the high-speed rotating brush inside the machine to sweep the garbage near the suction inlet, and then use the negative pressure generated by the micro vacuum pump to suck the garbage into the garbage box inside the machine to achieve the cleaning function.
What are the requirements for a Dc Mini Vacuum Pump used in sweeping robots?
1. Efficiency: The sweeping robot needs to be able to clean the floor quickly, so the small Membrane Vacuum Pump needs to be efficient, able to quickly suck air into the pump and generate enough negative pressure to clean the floor.
2. Low noise: The Electric Vacuum Pump needs to reduce the noise as much as possible during operation to ensure comfort.
3. Durability: The sweeping robot needs to run for a long time, so the vacuum diaphragm pump needs to be durable to ensure stable operation for a long time without failure.
4. Energy saving: The sweeping robot needs to use electricity to operate, so the vacuum diaphragm pump needs to be energy saving to reduce operating costs.
5. Miniaturization: Sweeping robots usually need to be as small as possible for easy handling and storage. Therefore, the vacuum diaphragm pump needs to be miniaturized to adapt to the overall design of the robot.
6. Dustproof: Since the sweeping robot needs to work in a dusty environment, the vacuum diaphragm pump needs to be dustproof to prevent dust from entering the pump and affecting its performance.
7. Easy maintenance: Vacuum Diaphragm Pumps need to be easy to maintain so that users can easily perform daily maintenance and repairs.
Technical parameter
| Voltage | DC3.0V DC3.7V | Current | 500mA |
| Flow | 0.8-1.6LPM | Pressure | 320-500mmHg |
| Life cycle | more than 30,000 cycles | Media | Air |
What is the materials of poratble vacuum pump?
1.Plastic
Plastic is a common diaphragm material that has the advantages of being lightweight, easy to process, and cheap. Commonly used plastic materials include polyethylene, polypropylene, polyvinyl chloride, etc. Plastic diaphragms have good elasticity, wear resistance and chemical stability, and are suitable for most common application scenarios.
2.Rubber
Rubber is also a common diaphragm material with the advantages of high elasticity, wear resistance, corrosion resistance and good air tightness. Commonly used rubber materials include natural rubber, butyl rubber, chloroprene, etc. Rubber diaphragms are suitable for various application scenarios, especially in high temperature, high pressure or highly corrosive environments.
3.Metal
Metal is a high-performance diaphragm material with the advantages of high strength, high corrosion resistance and good thermal conductivity. Commonly used metal materials include stainless steel, titanium alloy, aluminum alloy, etc. Metal diaphragms are suitable for high vacuum, high pressure or highly corrosive applications.
Performance Chart
Mini Pumps and Solenoid Valve application
How to improve the efficiency of the DC Electric Vacuum Pump of a sweeping robot?
1. Choose appropriate materials: Choosing materials with high efficiency and good performance to manufacture vacuum diaphragm pumps, such as materials with high strength, wear resistance and corrosion resistance, can ensure the stability and efficiency of the pump.
2. Optimize the Mini DC Pump chamber shape and diaphragm stroke: By optimizing the Micro DC Pump chamber shape and diaphragm stroke, the volumetric efficiency and air tightness of the pump can be improved, thereby increasing the pump efficiency.
3. Control the inlet and outlet pressure of the Small DC Pump body: By controlling the inlet and outlet pressure of the pump body, the stable operation of the pump can be maintained and the efficiency of the pump can be improved.
4. Adjust the flow rate and physical and chemical properties of the medium: By adjusting the flow rate and physical and chemical properties of the medium, the working state of the pump can be optimized, thereby increasing the efficiency of the pump.
5. Regular maintenance: Regular maintenance of the vacuum diaphragm pump, including replacement of wearing parts, internal cleaning, etc., can extend the service life of the pump and improve its efficiency.
6. Use a frequency converter: Using a frequency converter can control the speed and flow of the pump, thereby improving the efficiency of the pump.
7. Improve operating conditions: By improving operating conditions, such as reducing the viscosity of the medium, increasing the operating temperature of the pump, etc., the working status of the pump can be optimized, thereby increasing the efficiency of the pump.
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Whatsapp: +8613537810545
Address: No.21,Changlong East Road,Fu Cheng Ao Village,Pinghu Town,Longgang District,Shenzhen,China, Shenzhen, Guangdong China
Website: https://www.dyxpump.com
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